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An example of this, is when a dog gets hot, they lay down on the floor, and then their body temperature lowers.

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I thought it was cool how the body regulates the amount of glucose in its system by storing/taking it from the liver to keep a stable internal environment.

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I thought it was interesting how the body can react with things like, shivering, and sweating all to keep homeostasis.

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I found it interesting that shivering and sweating are caused by homeostasis.

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I thought that it is really cool because birds know when it gets cold and they feel it why migrate for the winter to get to the warmer areas.

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I thought it was cool there’s theres a bunch of types of homeostasis than just stuff like normal basic functions. I learned that automatic responses like  heart and  breathing is homeostasis and I also didn’t know that response to the environment would also be.

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I found it very interesting that birds go south due to there lack of cold resistance in the winter and fall season.

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I think it’s cool that when there is a lot of food for animals they eat it but in the winter when there isn’t as much food they go into hibernation instead of starving.

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The most interesting thing in my opinion was how the birds were able to tell when it got cold and that they knew they had to go south to stay warm and survive. It made the birds seem more human to me because they recognized that they do not like the cold and can’t survive in it and they made a decision to keep them warm and alive.

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I find it interesting how the bird migrate south when they feel its getting colder and they go to the warm.

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What I found most interesting was that some organisms such as the humming bird do not go under full hibernation, but they go into a state called torpor to conserve energy and keep warm.

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What I found most interesting is that birds know when it starts to get cold outside so they then migrate south for the winter, I found this interesting because they wouldn’t be able to survive in the cold places durning the winter so they fly south to keep a good body temperature and stay warm.

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What I found most interesting is that birds know when it starts to get cold outside so they then migrate south for the winter, I found this interesting because they wouldn’t be able to survive in the cold places durning the winter so they fly south to keep a good body temperature and stay warm.

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Finn bishop b6

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I though it was cool how homeostasis takes care of your body. How it works with body temperatures and how birds know when to migrate.

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What I thought was really cool was how birds with their migration are related to homeostasis. When the temperature and weather start to change and makes it hard for them to maintain homeostasis. They migrate to a warmer place were they can maintain it. Then they migrate back when that place becomes warm again.

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I thought it was extremely fascinating how the human body’s reacts to temperature. The way our bodies adapt our needs for different temperatures and how the react. Causing sweating or shivering.

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I found it interesting that when animals like fish for example, their gills couldn’t work for them anymore that they evolved and turned into amphibians, and when that couldn’t work anymore then into reptiles because of homeostasis. I also found it interesting that birds migrate when it gets too cold and that is them maintaining homeostasis.

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I found it really interesting that to maintain homeostasis, birds will migrate towards the south where it will be warmer, instead of staying in their original location where it is cold.

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The thing that I found most interesting was the relationship between birds migration and homeostasis. I had no idea that homeostasis causes birds to fly south when it becomes cooler. Since the birds react poorly to cold, they have behavioral responses which tell them that their environment is not stable for their bodies. Instead they fly south where they can be warm and safe from internal destruction.

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I thought it was interesting that homeostasis includes so many things from cell development to natural selection and that it is also is included in giant ecosystems and single organisms. it was also pretty cool that homeostasis in an ecosystem, will also affect the homeostasis of the organisms in that ecosystem.

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Behavioral reactions are critical in assisting organisms in maintaining a stable internal environment while adapting to the constantly changing external environment. These actions are frequently adaptive and aid in an organism's survival and well-being. An example of this is when birds migrate to keep warm.

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Chiara Di Pierdomenico B6
One example of homeostasis that I find extremely interesting is phototropism.
Phototropism is the growth of an organism in response to a light stimulus and its mostly common in plants. It is a day to day phenomenon in response to environment. There could be different types of behavior but some examples include the curving or stretching of the stem toward the light, known as positive phototropism, and the negative can be the root of a plant moving away from a light source.
Sunflower is the best sample of positive phototropism since not only the stem curves towards the light but the flower head faces the sun as well.
Phototropism is important to plants as it enhances the ability of plants to optimize their photosynthetic capacity. The plant adapts while responding to the external stimuli around it.

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I found it interesting that when birds can’d maintain homeostasis in a certain environment because of the weather, they simply change where there environment is

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I thought it was cool how when birds know winter is coming ththey migrate to a warmer place, then they go back to where they came from. Another animal that does sort of the same thing is bears, they hibernate for the winter then they come our for the rest of the year.

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What I found interesting was that the human body or any living thing reacts to heat of cold. Like if someone is hot they let of sweat to cool them down the same with animals. And you would also drink something or pug something cold on your body to cool down.

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What I found interesting was how the human body can react to temperature. As the body can make changes in cold and hot environments by either shivering and shaking or sweating to cool down or warm up, too help maintain healthy body temperature.

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I found it interesting that there are so many more examples of homeostasis rather than body temperature and other basic functions. I did not know that birds migrating is an example of homeostasis, but it is a form of it called behavioral response. I also learned how most automatic functions in our body are called physiological response

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I find it interesting that to maintain homeostasis, birds migrate south in the winter. This migration helps keep them alive because when it starts to get colder in the winter, they can no longer survive in their environments, so they have to move south, to a warmer climate.

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What I thought was cool was the way animals cope with the things around them by migration and hibernating like the ground hogs sleep and you cant wake them up even if you drop them. Also the way the birds know when and what way to go when it gets cold or hot.

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An example of homeostasis would be how elephants can open up blood vessels in their ears to help cool them off. When elephants get too hot, they flood their ears with blood to get rid of some of the body heat. Then they fan their ears to cool down the blood in them. That’s one example of homeostasis I find interesting.

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I found it interesting how the human body constantly makes slight changes, as in sweating or shivering, to maintain a regular temperature throughout the body. The muscles contract very quickly which causes heat.

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One initial thought that I had on homeostasis was how are body thinks and reacts or certain problems and how it works out those problems. Like the if we need glucose in our blood we send in insulin to make sure we get the right amount of sugar in are blood to basically make fuel.

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I find it interesting how homeostasis works and the different ways it works to regulate systems. An example of a system homeostasis balances is blood sugar levels. If the level of glucose is too high, the body will either store it in the liver or have the body’s cell take up more. But if the level is too low, the body will release glucagon to the liver so it can break it down into glucose.

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Sophia Ballard B8: My initial thoughts on homeostasis would probably be how interesting it is that some animals homeostatic environment evolved to be superior to other organisms causing and imbalance to the ecosystem and many native species.

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Sophia Ballard B8: My initial thoughts on homeostasis would probably be how interesting it is that some animals homeostatic environment evolved to be superior to other organisms causing and imbalance to the ecosystem and many native species.

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An example of homeostasis is body temperature because the body will start to give symptoms of being hot, like when you start to sweat. Or being cold band getting good bumps.

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I thought that it was very interesting how dogs don’t sweat to cool off. Instead they pant to regulate their core temperature or lie on a cold surface to cool off. It is cool that animals have developed different ways of cooling themselves off.

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An example of homeostasis is when bird fly south during winter. When they get cold they will migrate towards the equator to stay warm and survive.

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An example of homeostasis is when an organisms migrates  during the winter. Birds migrate south in response to lower temperatures, moving somewhere warm to maintain their normal body temperature and not freeze. This is a way that certain birds maintain homeostasis with outside factors like colder weather.

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An example of homeostasis is how warm blooded organisms regulate their body temperature. When they need to cool down they sweat.

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An example of homeostasis is imagine you're riding a bicycle, and you want to stay upright without falling over. To do that, you make small adjustments to keep your balance, like turning the handlebars or leaning a bit to the left or right. Homeostasis is similar; it's your body's way of making small adjustments to stay balanced on the inside.

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Homeostasis affects the body as it produces fat through sugar to store for later, and uses it when the body sugar levels get too low

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One thing that I find interesting is that whenever the weather is very cold, birds migrate to a warmer habitat. They do this because they cannot survive in the cold climate. And then, when their previous habitat becomes live-able again, they migrate back.

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Our bodies use feedback loops to maintain homeostasis. There are negative feedback loops which is where a set point should be kept constant and positive feedback loops which is where a value should be kept at the highest amount possible. In our bodies we almost always see negative feedback loops. An example of homeostasis and a negative feedback loop is Thermoregulation where if the hypothalamus senses that our internal temperature has gone up so it stimulates our body to create sweat to cool us down and if it senses our internal temperature has gone down it will activate the capillaries to vasoconstrict which hold the body temperature close to the body which causes us to shiver and get goosebumps.

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An example is when humans get very hot is when they work out or if they are wearing thick clothing, to cool off we drink or consume something cold or we lay on a cool surface to cool off.

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An example is when dogs get hot they lay on cold floor to cool off, they also pant when they are hot because they don’t sweat like humans do when exercising.

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During winter time when it is too cold for birds in the north they migrate down south were it is warmer.

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I think its very interesting that some animals sweat in hot weather to maintain a body temperature that is suitable.

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I thought it was very interesting that when the weather begins to get colder Birds start to fly to the south so they can be in warmer weather. This helps them stay warm and be alive for longer because there not constantly freezing.

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I find it interesting that each organism has their own ways methods of homeostasis. One example is how bears and other animals hibernate, while birds migrate during weather changes.

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I find it interesting that despite being very different organisms, an earthworm and a lion both have the same method for getting rid of nitrogenous waste, which reflects evolution.

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Our bodies naturally respond to our environment which cause feedback loops. An example of this is when our temperature increases we would usually spread out and stop movement of our bodies to allow ourselves to cool down. Or when we get too cold we would constrict our bodies to hold in as much heat as possible and probably shiver causing our bodies to warm up because of the movement.

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I found it interesting that in an area with water bacteria will create a biofilm, adhere to a surface and create a community of bacteria to maintain homeostasis.

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I found it interesting that plants can tell so accurately when to bloom and what the season is. I also didn’t know that melatonin was involved in our internal clocks.

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In cold weather humans exercise to stay hot and not be cold but in hot weather they don’t exercise to stay cold

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When the body has a lot of glucose it tells the pancreas to make insulin and the liver stores more glucose. Glucose levels start to decline. If the glucose level is low the body releases glucose and the liver breaks it down. Glucose levels rise. The body is constantly working to keep the body at a level internal status.

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When the environment around an organism cools, the organism will respond by either going into hibernation to conserve energy allowing them to survive or the organism will migrate to a warmer area allowing them to survive. This act is called behavioral response which is the entire organism responding to the environment. The organism also might respond to a colder temperature by shivering or getting goosebumps allowing the organism to know that it is cold. This is called physiological respond which is just a part of the organism responding to the environment.

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Homeostasis is like the body's internal balance system. It helps keep things steady, like your body temperature and blood sugar levels. It's important for our health because it keeps everything working.

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An example is migration. Most animal migrate when the temperature changes. For example birds migrate south when it gets too cold. Their body can’t take the cold very well so they go somewhere they are comfortable. Other animals hibernate like bears.

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I find it interesting how the liver is a filter that will not only filter out nasty stuff but reabsorb stuff to be release back into the body later on

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Cats lay in the sun to warmup when they are cold.

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Positive feedback loops
When an apple turns red on a tree, it releases hormones that communicate to the other apples in the area to also turn red. This is how we get a lot of red apples at once.

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When it gets to cold out for animals to handle they will go into a form of hibernation. Humans stay stable/comfortable by putting on extra layers or staying in a heated environment. Bears keep a stable internal environment by hibernating for the winter. Another form of this is migration where something moves from one place to another when it gets cold. For humans to keep a stable internal environment we have to maintain a good glucose level. We do this by, if our level gets to high the pancreas releases insulin and if it gets to low our pancreas releases glucagon which transfers in to the blood.

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As it gets colder in the North some animals will hibernate, most birds, however, will migrate South. This migration is how the birds maintain a good temperature during the winter.

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When it becomes cold during winter groundhogs start to hibernate, their entire body can be moved from another and they won’t wake up. This for groundhogs would be behavioral feed back. They change what their body’s are doing to adjust for the weather.

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When humans cool down to a lower temperature than our body’s regular, we start to shiver, get goosebumps, or vasoconstriction may occur (when blood vessels narrow because of small muscles in their walls). Our body needs to maintain homeostasis to stay healthy, and when something abnormal occurs with our temperature there are side effects such as those listed above.

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When birds get cold because of weather they fly south to get to warmer weather every season.

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As blood flows through the liver, being filtered, the liver holds onto some H2O. As the blood is circulating around the body, the liver figures out if there is enough water in the body. If there isn’t, it releases some in to the blood. This is an internal stimuli.

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When humans get hot normally when doing physical activity they sweat as a way to cool down the body.

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Bears or other animals when it gets cold hibernate. When hibernating they will not wake up when touched or anything. They do this to get through the winter.

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Snakes lie on warm concrete to maintain body temp because they are cold blooded.